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(:redirect Hacking/ParallelProgrammer:)
To program the Arduino board with your new parallel port programmer, you need to edit <WIRING>\lib\wiringlite\makefile. Change the line:
program: program-using-bootloader
to:
program: program-over-parallel-port
See the bootloader page for details on using your new parallel port programmer to burn the bootloader onto the Arduino board.
http://static.flickr.com/33/62125224_2cc88647f1_o.jpg
http://static.flickr.com/33/62125224_2cc88647f1_o.jpg
David A. Mellis (with thanks to Erez Kikin-Gil for building one too and to Massimo Banzi for the request and the instructions)

http://static.flickr.com/33/62125224_2cc88647f1_o.jpg
@author: David A. Mellis IDII (with thanks to Erez Kikin-Gil for building one too and to Massimo Banzi for the request and the instructions)
@revised by: Marcos Yarza K3

You'll need to download giveio from MIT's Microcomputer Project Laboratory (thanks Jim!) and run the enclosed ginstall.bat file.
You'll need to download giveio from MIT's Microcomputer Project Laboratory (thanks Jim!) and run the enclosed ginstall.bat file.
David A. Mellis
David A. Mellis (with thanks to Erez Kikin-Gil for building one too and to Massimo Banzi for the request and the instructions)
Instructions for building a parallel port programmer for the Arduino board (or any other Atmega8 chip). Allows you to program the board on Windows without a bootloader. Cheap and fun.
Instructions for building a parallel port programmer for the Arduino board (or any other Atmega8 chip). Allows you to program the board on Windows without any additional equipment. Cheap and fun. (Please note, however, that this doesn't allow for communication between the computer and programs running on the board. You'll need a serial cable for that.)
To program the Arduino board, you need to edit <WIRING>\lib\wiringlite\makefile. Change the line:
To program the Arduino board with your new parallel port programmer, you need to edit <WIRING>\lib\wiringlite\makefile. Change the line:
To program the Arduino board, you need to edit <WIRING>\lib\wiringlite\makefile. Change the line:
program: program-using-bootloader
to:
program: program-over-parallel-port
Or, if you're programming using uisp directly, you can use a command line like:
uisp -dprog=dapa -dpart=ATmega8 if=prog.hex -dlpt=0x378 --erase --upload
Connect the ends of the two cables so that, when viewed from the connector end, the unused wire is to the upper left and the wire to pin 11 is to the upper right.
Connect the ends of the two cables so that, when viewed from the connector end, the unused wire is to the upper left and the wire to pin 11 is to the upper right (this is considered pin 1 of the connector and should be matched with the pin 1 indicated on the Arduino board).
Instructions for building a parallel port programmer for the Arduino board. Allows you to program the board on Windows without a bootloader. Cheap and fun.
Instructions for building a parallel port programmer for the Arduino board (or any other Atmega8 chip). Allows you to program the board on Windows without a bootloader. Cheap and fun.
David A. Mellis
Solder, in order, the three wires of one of the cables to the resistor on pin 11, to the resistor on pin 1, and directly to pin 16.
Solder, in order, the three wires of one of the cables to the resistor on pin 11 (which goes to pin 18 on the Atmega8), to the resistor on pin 1 (which goes to pin 19 on the Atmega8), and directly to pin 16 (which goes to the reset, pin 1).
Solder the middle wire of the second cable to the resistor on pin 2, and one of the other wires to pin 18. (The third wire is not used and may be cut short).
Solder the middle wire of the second cable to the resistor on pin 2 (which goes to pin 17 on the Atmega8), and one of the other wires to pin 18 (which goes to ground). (The third wire is not used and may be cut short).

Parallel connector with both cables soldered in place.
Hot glue the wires inside the case of the parallel-to-serial adapater, making sure that any uninsulated wires are kept apart. Or, if not using an adapter, wrap the exposed wires with electrical tape to keep them from touching.

Once the glue dries, reclose the case of the parallel-to-serial adapter.

Parallel connector with two of the three wires of a cable soldered to pins 11 and 1, respectively.
Some basic instructions are available elsewhere online.
Remove any existing wires from the parallel connector.
Solder 470 ohm resistors to pins 1 and 2 of the parallel connector.

Parallel connector with a 470 ohm resistor soldered to pin 1.
Solder a 220 ohm resistor to pin 11 of the connector.
Solder, in order, the three wires of one of the cables to the resistor on pin 11, to the resistor on pin 1, and directly to pin 16.
Solder the middle wire of the second cable to the resistor on pin 2, and one of the other wires to pin 18. (The third wire is not used and may be cut short).
Connect the ends of the two cables so that, when viewed from the connector end, the unused wire is to the upper left and the wire to pin 11 is to the upper right.
Tools:
Tools:

You'll need to download
(stolen from MIT's Microcomputer Project Laboratory - thanks Jim!) and run the enclosed ginstall.bat file.
You'll need to download giveio from MIT's Microcomputer Project Laboratory (thanks Jim!) and run the enclosed ginstall.bat file.
Instructions for building a parallel port programmer for the Arduino board. Allows you to program the board on Windows without a bootloader. Cheap and fun.
You'll need (parts):
Tools:
Some basic instructions are available elsewhere online.

You'll need to download
(stolen from MIT's Microcomputer Project Laboratory - thanks Jim!) and run the enclosed ginstall.bat file.
Instructions for building a parallel port programmer for the Arduino board. Allows you to program the board on Windows without a bootloader. Cheap and fun.
You'll need (parts):
Tools:
Some basic instructions are available elsewhere online.

You'll need to download giveio.zip? (stolen from MIT's Microcomputer Project Laboratory - thanks Jim!) and run the enclosed ginstall.bat file.
You'll need to download giveio.zip? (stolen from MIT's Microcomputer Project Laboratory - thanks Jim!) and run the enclosed ginstall.bat file.
You'll need to download giveio.zip? (stolen from MIT's Microcomputer Project Laboratory - thanks Jim!) and run the enclosed ginstall.bat file.
Some basic instructions are available.
Some basic instructions are available elsewhere online.
You'll need to download
(stolen from <a href="http://web.mit.edu/6.115/www/">MIT Microcomputer Project Laboratory</a> - thanks Jim!) and run the enclosed ginstall.bat file.
You'll need to download giveio.zip? (stolen from MIT's Microcomputer Project Laboratory - thanks Jim!) and run the enclosed ginstall.bat file.
Instructions for building a parallel port programmer for the Arduino board. Allows you to program the board on Windows without a bootloader. Cheap and fun.
You'll need (parts):
Tools:
Some basic instructions are available.

You'll need to download
(stolen from <a href="http://web.mit.edu/6.115/www/">MIT Microcomputer Project Laboratory</a> - thanks Jim!) and run the enclosed ginstall.bat file.